MP110B

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Crystals have been a central feature of technology for centuries. Even ancient civilizations used quarried crystals to manipulate light, fire and electricity. Today, crystals are still crucial components in a wide variety of applications from optical telecommunication devices to watches, radios and television. The MP110B is a special type of crystal that is commonly used in various applications and devices.

The MP110B is an oscillator crystal designed for use in telecommunications. It is a miniature crystal, measuring just 18.0 x 5.0 x 6.0 mm, and is constructed of two pieces of quartz crystal sandwiched together. The two pieces are separated by a conductive epoxy material, which creates an electrical field between them. This field is used to detect and control the frequency of the oscillations as they travel through the crystal.

The MP110B has a wide range of application fields, including voice telecommunication, data communication, cellular telecommunication, radio broadcasting and satellite communication. It is most commonly used in radio equipment, where its size and reliability makes it well-suited for the task. It is also ideal for use in digital signal processing, as it can maintain a highly accurate frequency over long periods of time.

The working principle of the MP110B is based on the transmission of sound waves generated by the oscillations. This sound wave is then amplified and rectified, creating a series of alternating positive and negative voltages. These voltages can then be used to control the frequency at which the oscillations pass through the crystal. This allows the MP110B to be used to ensure that a certain frequency is maintained in a device or system.

The MP110B is an essential component in many electronic devices and systems. Its miniature size and accuracy make it an ideal choice for many applications. Its use of sound waves to control frequency makes it an invaluable tool for radio and telecommunications, ensuring that signals remain accurate and reliable.

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